Articlebronze1979

The rotational frequency dependence of a pressure balance

13 citations0/0 files storedJournal of Physics E Scientific Instruments

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Scientific Measurement and Uncertainty Evaluation Sensor Technology and Measurement Systems Advanced Measurement and Metrology Techniques

Abstract

The change in generated pressure with rotational frequency is measured for a type of gas-operated gauge-mode pressure balance which is widely used as a primary pressure standard. The results show that at low rotational frequencies (3-10 Hz) the generated pressure increases with the square of the frequency and that the extrapolated pressure for zero frequency corresponds to the calculated pressure. Also, it is shown that the force due to rotation action on the pressure balance is almost independent of load at low frequencies.

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1980A review of the fundamental methods for measuring gauge pressures up to 1 kPa 1980The effective area of a pressure balance at low pressures 1999A primary pressure standard at 100 kPa

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